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Learn Java By Casting Spells, Saving Gnomes in a First-Person Video Game

What skills does your favorite video game give you? When you're done burning through the 12+ hours of BioShock Infinite, what'll you have to show for it? Probably a few enhanced motor skills and the aesthetic appreciation that comes with being immersed in a compelling story. That's certainly not nothing. For developing employable, useful skills, though, one game's got all the rest beat. Computer scientists at the University of California San Diego (UCSD) have created a video game that teaches students how to program in Java by casting spells and saving the world. A world of creepy, creepy little gnomes.

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It’s There for a Reason: Studies Suggest Pubic Hair Removal Can Be Hazardous to Health

Every once in a while, a study comes along that demands my undivided attention. This week, I encountered such a study, and before you ask, yes, of course it involves pubic hair. Well, technically speaking, it involves a notable lack of pubic hair. A small study at a French health clinic found that Molluscum contagiosum -- a pox virus normally rare in healthy adults -- was becoming more common in at least one class of adults. 28 of 30 cases of the virus reported at the clinic were in men and women who had eliminated all traces of pubic hair.

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New Research Could Finally Make Smell-o-Vision a Reality

Now that the whole 3D craze seems to be ending, a new gimmick must arrive to take its place. Enter the University of California at San Diego team with their new research that could one day add scents to your media experience. Here's how it works, according to the UCSD article:
[The] team of graduate students used an X-Y matrix system in order to minimize the amount of circuitry that would be required to produce a compact device that could generate any odor at any time. The scent comes from an aqueous solution such as ammonia, which forms an odorous gas when heated through a thin metal wire by an electrical current. [...] using the X-Y system, 200 controllers (100 on the X-axis multiplied by 100 on the Y- axis) would selectively activate each of the 10,000 odors.
In short, we're talking about Smell-o-Vision.

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